Power cable ÖLFLEX® ROBUST 200 4G2,5, 450/750 V, Flexible, TPE, UV-resistant 0021812

Heavy-duty power cable for demanding conditions

The ÖLFLEX® ROBUST 200 4G2.5 power cable is a reliable solution for indoor and outdoor applications where standard cables fail. Designed to operate in harsh conditions, it is perfect for demanding industrial, agricultural and public utility environments. It is characterized by high resistance to atmospheric factors, mechanical damage and aggressive chemicals.

Construction and application

The ÖLFLEX® ROBUST 200 cable is designed for fixed and occasionally moving connections without tensile stress. Its flexibility allows for easy installation and routing even in tight spaces. It can be used in both dry and wet environments, as well as in places exposed to oils and greases. It works particularly well in applications such as car washes, sewage treatment plants, composting plants and in the food industry. This cable is ideal for connecting devices and machines requiring reliable power in all conditions.

Resistance and durability – key advantages

ÖLFLEX® ROBUST 200 stands out for its exceptional resistance to:

• Weather conditions: UV radiation, ozone, temperature changes – the cable retains its properties even in extreme weather conditions.
• Chemical substances: resistance to a wide range of chemical compounds (e.g. ammonia, biogas), vegetable and animal fats and synthetic oils – ensures long-term operation even in an aggressive environment.
• Mechanical factors: durable construction provides resistance to mechanical damage and abrasion.
• Low temperatures: maintains flexibility even at -40°C, enabling operation in difficult winter conditions.
• Cleaning: resistant to hot water and steam during frequent cleaning with steam jets and to ECOLAB® disinfectants.
• Water: tested for use in fresh water to a depth of 10 m at a water temperature of 40°C.

Thanks to these properties, ÖLFLEX® ROBUST 200 is an investment in the safety and reliability of the electrical installation. Additionally, the low capacitance of the core insulation allows for long signal transmission paths without interference.